Difference between revisions of "About Community Commentary"

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(New page: ''YML125c'' gene is a plasma membrane NADH-ubiquinone reductase and belongs to the family of cytochrome ''b''5 reductases. Its activity is absolutely dependent of NADH as electron donor an...)
 
 
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''YML125c'' gene is a plasma membrane NADH-ubiquinone reductase and belongs to the family of cytochrome ''b''5 reductases. Its activity is absolutely dependent of NADH as electron donor and in vivo and in vitro reduce the plasma membrane ubiquinone. The ubiquinone reduction is produced using the one-electron way that involved the superoxide production and is inhibited by DPI, a potent inhibitor of flavodehydrogeneses. Although the null mutant is lethal, the ''YML125c'' over expression produces an increased life span extension. We propose the name ''NQR1'' for this gene, '''N'''ADH ubi'''Q'''uinone '''R'''eductase 1
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Community Commentary provides a place for members of the community to add observations or notes about a gene or ORF. It's easy to add information. To edit the wiki you just need to create an account by emailing the SGD help desk (sgd-helpdesk@lists.stanford.edu) and we will do the rest for you. Once you have an account, login and click on 'edit' in the Community Commentary section to add and share your knowledge. You can add unpublished or negative results, hints for working with certain mutants, or any other observations you may have made about the corresponding gene or gene product.
 
 
--[[User:Carletrix|Carletrix]] 07:30, 17 September 2007 (PDT)
 

Latest revision as of 13:48, 19 October 2012

Community Commentary provides a place for members of the community to add observations or notes about a gene or ORF. It's easy to add information. To edit the wiki you just need to create an account by emailing the SGD help desk (sgd-helpdesk@lists.stanford.edu) and we will do the rest for you. Once you have an account, login and click on 'edit' in the Community Commentary section to add and share your knowledge. You can add unpublished or negative results, hints for working with certain mutants, or any other observations you may have made about the corresponding gene or gene product.